This research project uses GPS points and satellite images to mark within the program Google Earth the deforestation sites encountered in a region of Ecuador—a region never studied in this respect. The studied region extends from 1º 20.200’S to the North to 1º 30.200’S to the South, and 78º 30.128’W to the West to 78º 0.128’W to the East. This region is located in the province of Tungurahua, Ecuador, and is bordered by the city Baños de Agua Santa on the western side, and the city of Puyo on the eastern side. The economy of the region is based in agriculture and cattle ranching. The results of the study were attained by firstly reaching the best possible view of deforestation sites in the region. GPS coordinates and photos of the site were taken. Then, these coordinates were entered in the program Google Earth, and the photos uploaded to the computer. Using the photos as a geographic reference, and the point of view from the GPS coordinate, it was possible to virtually mark in the program the actual deforestation sites. This region is a biological corridor between the National Parks Llanaganates and Sangay, and harbors an extraordinary level of biodiversity. Although deforestation is necessary for the economy of many of the local communities, it also emits carbon dioxide into the atmosphere, thus exacerbating climate change. Because of this, it is important to have information about the deforested areas in the region in order to compare the sites and rates of deforestation in future studies, and minimize the deforestation as much as possible. The results of the study show that the highest concentration of deforestation sites is located in the valley, particularly around the village of El Placer. Furthermore, the deforestation sites around this populated area show the most mixed land use of the whole region—comprised of pasture and agriculture. Explained by applying the postulate of von Thünen, the concentration of pasture and agriculture in this area is due to the fact that the land is converted to the most profitable use. Any depleted parcel of agriculture can be converted to use as pasture in order to continue revenue from the land without further land development. Lastly, the study examines the loss of carbon sequestration potential due to the deforestation. All of the research was accomplished with free computer programs, so that the results are accessible for all interested persons. As it is an unprecedented study in this region, hopefully other studies can use the collected information for more analysis and comparison in the future.